2017 BMW 5 Series 2.0L Diesel · DC17 XAF

The vehicle’s most recent MOT test on 18 December 2025 at 140,074 miles passed without defects, indicating it currently meets roadworthiness standards. However, the preceding history reveals a concerning trend of suspension and tyre neglect. The March 2025 failure highlighted excessively worn front suspension bushes on both sides alongside oil misting on the near-side strut, while the April 2025 test repeated the tyre tread advisory on the near-side rear. These repeated issues suggest a pattern of deferred maintenance, particularly in suspension components and tyre rotation/alignment. The June 2024 test’s advisory on the rear propshaft coupling—though minor—implies long-term wear in drivetrain elements that may require closer scrutiny. The recorded mileage of 140,074 miles over nine years equates to approximately 15,600 miles annually, which is unusually high for a vehicle of this age. The largest gap between tests occurred between July 2023 (122,190 miles) and June 2024 (129,261 miles), covering 7,071 miles in just over a year—a rapid accumulation that could exacerbate wear on high-stress components. The interval between the March and April 2025 failures, both at 133,387 miles, suggests the vehicle was driven unsafely for nearly two months after failing inspection, a red flag for owner diligence. A prospective buyer should prioritise an independent inspection of the front suspension, particularly the strut mounts and bushes, given the repeated failures. The near-side rear tyre’s history of tread wear indicates either inconsistent rotation or aggressive driving habits, warranting a check for uneven wear patterns or potential subframe corrosion. The 2024 propshaft advisory hints at potential drivetrain fluid leaks or coupling degradation, so the CV joints and universal joints should be examined for play or fluid contamination. Structural integrity, especially around the wheel arches and sills, should also be assessed for corrosion, as high mileage increases the risk of hidden rust compromising the chassis.